Interpex Ix1d V350 Jun 2026

What you are trying to map (aquifers, bedrock, plumes)?

Interactively drag layer boundaries on the screen to watch the theoretical curve shift in real-time toward your field data points. Step 4: Running the Inversion

Once the smooth model identifies the main geoelectric boundaries, switch to a layered model (). interpex ix1d v350

is a leading 1D forward and inverse modeling software program designed for processing, interpreting, and displaying multidisciplinary geophysical sounding data. Developed by Interpex Limited based in Golden, Colorado, this specialized tool serves as an industry standard for geophysicists, hydrogeologists, and civil engineers. The software effectively translates field measurements into concrete, one-dimensional vertical profiles of the Earth's subsurface. Core Applications and Supported Methods

Features MT sounding inversion for apparent resistivity and impedance phase. What you are trying to map (aquifers, bedrock, plumes)

Before constructing bridges or high-rises, engineers need depth to competent layers. IX1D v350 identifies layers of high resistivity (dry sand/gravel) vs. low resistivity (clay, water-saturated silt). Version v350’s ability to output layer thicknesses with standard deviations directly informs geotechnical design.

: Frequently deployed to resolve deeper complex structures or cross-borehole geometries. 2. Induced Polarization (IP) is a leading 1D forward and inverse modeling

For thin, highly conductive layers, the software can resolve the ratio of thickness to resistivity (longitudinal conductance). Executing the Analysis